A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The St. Anthony Falls Laboratory in History
The laboratory, known until recently as the St. Anthony Falls Hydraulic Laboratory, was designed and built under the direction of a dedicated individual, Lorenz G. Straub. Straub had been a Freeman Fellow and observed several laboratories in Germany during the year of his fellowship. He came to the University in 1930 and promptly set to work to establish his own laboratory. His vision came to fruition through a WPA grant to the University of Minnesota and construction started in 1936. Straub came to be known as the "River Doctor" for his many studies at SAFL on several aspects of river engineering. The Laboratory building lies on the Falls of St. Anthony in Minneapolis, Minnesota where there is a drop of about 15 meters. Up to 9 m3/s may be drawn through the building and distributed to the many flumes for experimental research. Laboratory personnel have pursued studies in many areas of river engineering, hydrology and experimental and theoretical fluid mechanics. The legacy left by Straub is more than just a laboratory building and the equipment it contains. His vision of a university laboratory as a leader in the advancement of pioneering methods in water resources engineering as well as being an educational tool lives on. SAFL continues to explore cutting edge research on environmental and geophysical fluid dynamics and apply its knowledge to a variety of water-related engineering problems. This is a brief account of SAFL's history, present and future written by five of its Directors dating back to 1963.
The St. Anthony Falls Laboratory in History
The laboratory, known until recently as the St. Anthony Falls Hydraulic Laboratory, was designed and built under the direction of a dedicated individual, Lorenz G. Straub. Straub had been a Freeman Fellow and observed several laboratories in Germany during the year of his fellowship. He came to the University in 1930 and promptly set to work to establish his own laboratory. His vision came to fruition through a WPA grant to the University of Minnesota and construction started in 1936. Straub came to be known as the "River Doctor" for his many studies at SAFL on several aspects of river engineering. The Laboratory building lies on the Falls of St. Anthony in Minneapolis, Minnesota where there is a drop of about 15 meters. Up to 9 m3/s may be drawn through the building and distributed to the many flumes for experimental research. Laboratory personnel have pursued studies in many areas of river engineering, hydrology and experimental and theoretical fluid mechanics. The legacy left by Straub is more than just a laboratory building and the equipment it contains. His vision of a university laboratory as a leader in the advancement of pioneering methods in water resources engineering as well as being an educational tool lives on. SAFL continues to explore cutting edge research on environmental and geophysical fluid dynamics and apply its knowledge to a variety of water-related engineering problems. This is a brief account of SAFL's history, present and future written by five of its Directors dating back to 1963.
The St. Anthony Falls Laboratory in History
Silberman, Ed (author) / Arndt, Roger (author) / Parker, Gary (author) / Foufoula-Georgiou, Efi (author) / Paola, Chris (author)
Symposium to Honor Henry Philibert Caspard Darcy ; 2003 ; Philadelphia, Pennsylvania, United States
2003-06-18
Conference paper
Electronic Resource
English
The St. Anthony Falls Laboratory in History
| British Library Conference Proceedings | 2003
The St. Anthony Falls Laboratory: A Rich History and a Bright Future
| British Library Conference Proceedings | 2004
Research and facilities St. Anthony Falls Hydraulic Laboratory. Cir 5
Engineering Index Backfile | 1950
University of Minnesota constructs hydraulic laboratory at St. Anthony falls
| Engineering Index Backfile | 1936
St. Anthony Falls Navigation Project
| ASCE | 2021